Gwen Human Generation Consultants Co.

 

人類生育規律的探索

Discovery in human reproductive rules

發現的生育規律有三條規律組成, 用它就可以解釋到十種現象:

The three reproductive rules explain ten phenomenons.

 1,  基本規律 , 她未懷孕前已決定了第一胎該生兒或育女 ;

Basic rule, gender has been determined before first conception

 2,  主要規律 , 在一些性愛條件下可以基本決定二三四等胎的嬰兒性別 ;

The main rule, certain conditions can determine the gender of the second, third and fourth baby’s gender;

 3, 特殊規律 , 夫婦之中如有特別聰明者會使家庭生單一性別的子女 ;

Special rule, one side in a couple with extremely high IQ will give birth to single gender offsprings

 4,  看似不符合規律 , 但解析後卻仍在規律之中 ;

A rule or not----rule’s universality and particularity

 5,  運用基本規律 , 解釋各國在戰後男嬰急增的原因 ;

Basic rule explains rapid increase of boy birth in the world after big wars.

 6,  運用基本規律 , 解釋社會團體男女人口結構的平衡 ;

Basic rule explains public organization (Xinjiang Production and Construction Corps) gender ratio balance

 7,  運用基本規律 , 解釋中國以往明清王朝和多妻制國家男性多的原因 ;

Basic rule explains male outnumbering in Ming, Qing dynasty and polygynous nations

 8,  運用主要和特殊二規 , 解釋人類智商的提昇是進化所必需 ;

The use of rules explains the statement that the promotion and balance of human intelligence are necessary for evolution;

 9, 為何各國歷年統計男嬰總比女嬰多4%左右?

Why in every country, baby boy birth rate is around 4% higher than girls?

10, 在懷孕前父母該如何做 , 可傳優良基因給下一代 ?

How to good genes to the next generation to have eugenic children before pregnancy?

11, 分析諾獎大嬴家------猶太人 :

Analysis of the big winner of Nobel Prize ----- Jews

12, " 一胎化" , 多妻制和少生少養 , 對社會和國家並非 ;

One child policy, polygyny and breed-less, are these beneficial or harmful to the country?

13,人類自身腺體不平衡對性形成的影響:

Glands imbalance affect the gender

14, 哺乳類動物的繁衍規律一般是生殖的初級階段 ;

Mammal’s reproductive rule dominates in the first stage of reproduction.

15,  妳想生仔嗎 ? 妳想生囡嗎 ? 可請教顧問 ;

Do you want a boy or a girl? Please refer to our consultant.

16男性壽命普遍地比女性短的原因 ;

Why men’s life is always shorter than women

17, 從生育規律的發現證明它符合事物發展的基本規律 ;

The finding of reproductive rules and its consistency with the natural developing pattern.

18, 人類演化中如何不斷地剔除壞蛋 ;

How to keep removing the defects in human evolution

19, 基因------遺傳外形和內在的秉性與細絲共振能互通信息;

Gene---the key for external and internal inheritance and information exchange resonance

 

 


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Discovery in human reproductive rules
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Why mens life is always shorter than women

   

In, Asia, Europe and America state and more than 15 countries, we picked life expectancy of middle class or above in 2008, and found that in this class of those countries, mens life expectancy was shorter than women by (100-93.11)=6.89%. Short life expectancy is a universal phenomenon. One traditional explanation is that men consume more energy in career than women, or women have lower metabolites than men; being the familys mainstay, men suffer from mental pressure from complicated and various problems; frequent sex consumes too much precious proteins. These reasons are acquired external reasons. If we trace from the multiple consequences, we will find the internal reasons in human brain. In some regions and some races, men live in luxury, they dont work and served by their wives, they still live shorter than women. If we go further deep down, the reason lies on that Y chromosome holds genetic deficiency from the fertilization to the binding, that is to say, mens shorter life expectancy is associated with genetic deficiency and has little correlation with other external factors

 

 

In fifties of last century, when I was still in secondary school, I read on book that men hold X and Y chromosomes and they would determine the babys gender. Several years in high school, anatomic teachers added that: men and women secretes sex hormone, in certain time, a little sex hormone will transform to the opposite side. But when to change ,this is still opposite side in men and women; Women with clear mind or good career always have higher male testerone concentration; successful men often have many daughters and brilliant women often have many sons. These all related to the brain control------the internal factor----- on adjusting the hormone concentration, that is to say, constitutes three reproductive rules. From when the glandular secretion transforms and hormone concentration alters to determine the baby gender, to human life expectancy , this is a deepening process of cognition, or it may be actually a false story but still worth regarding as a reference and further discussion.

 

First, X sperm and Y sperm differs on resistance and tolerance early when they get ejaculated inside the vagina: X sperm is with large mass and resistant to acid and alkali, i.e. with more tolerance and lives longer, Y sperm is with small mass and less resistant to acid but resistant to alkali, in acid vagina, it is active but fragile, and it lives shorter, easy to end up in mass mortality. Therefore, male determinating Y sperm can swim fast in initial stage but die out quickly due to their small mass and fragile characteristics; they cannot resist the acid environment in the vagina as well. Female determinating X sperm may swim slower than Y sperm at first but later they are more resistant and tolerant to acid environment in the vagina, they dont die out with times. The later embryo will maintain this characteristic. We can see the development of physical state and tolerance in men and women during their whole life, how they are similar to the X and Y sperm after ejaculation.

 

 

Second, we come to the hormone concentration. In passionate sex and in routine sex, hormone opposite transformation differs. Couples IQ and capability gap also alter the transformation. This transformation will affect embryos gender

 

We see possibilities of zygote formation as follows

 

 

According to thesis of Yin Yang balance in Chinese medicine, when male pursues sex or have higher IQ than their mate, they have higher concentration of testerone. The brain will release some female hormone to balance on sensing the feedback, in order to maintain normal function of multiple other organs. These female hormones will inadvertently helps the X sperm to combine with ovum and conceive a baby girl.

 

 

If the men have slightly higher female hormone (women also have changes but too minimal to make calculation), the detailed analysis is like this:

 

We present male factor as +, female factors as -; 1 means one unit

 

 

When X sperm meets the ovum

1, Sperm with female hormone, Y sperm is +-, each (1/2)

2, Sperm with female hormone, X sperm is -, (1) (baby girl state)

3, Sperm enters the female hormone vaginal fluid and the ovum , this is (1)

4, X sperm binds with X chromosome carried ovum, this is (1)

 

 

Adding together, 3.5 negative units vs 0.5 positive unit, ovum attracts X sperm and comes out a girl

 

 

If on contrary, Y sperm meets an ovum

1, Sperm with female hormone, Y sperm is +-, each (1/2)

2, Sperm with testerone, Y sperm is +, (1)  

3, Sperm enters the female hormone vaginal fluid and the ovum, this is (1)

4, X sperm binds with X chromosome carried ovum, this is (1)

  

Adding together, 2.5 negative units vs 1.5 positive units ovum doesnt have enough affinity to sperm, so it is hard to conceive a boy,

  

Similarly, when it is women who pursued sex or have higher IQ than the mate, the female hormone is higher than normal, some testerone than release to maintain multiple organ function. These male hormones will inadvertently help the X sperm to bind with ovum and conceive a baby girl.

 

 

If the women have slightly higher testerone (men also have changes too minimal to make calculation), the detailed analysis is like this:

1, The ejaculated semen is full of testerone, this is + (1)

2, Sperm with testerone, Y sperm is +, (1) (baby boy state)

3, Sperm enters the testerone vaginal fluid, this is + each (1/2)

4, Sperm binds with X chromosome carried ovum, this is + each(1/2)

  

Adding together, 3 positive units vs one negative unit, ovum attracts Y sperm and comes out a boy.

 

If on contrary, Y sperm meets an ovum

1, The ejaculated semen is full of testerone, this is + (1)

2, Sperm with female X is +-, (1/2)  

3, Sperm enters the testerone vaginal fluid, this is + each (1/2)

4, Sperm combines with testerone surrounded X chromosome carried ovum, this is + (1/2)

  

Adding together, 2.5 positive units vs 1.5 negative units, the repulsion for X Sperm makes it hard to conceive a girl,

 

 

3.5 hormone units leading to girls and 3 testerone unitss leading to boys, the half unit reflects gender characteristic difference. However, the hormone transformation differs; the glands and feedback differ as well. Their influence on physic state also differs as a result. The life expectancy gap cannot simply calculated from the hormone half unit gap ratio (100:85.7)

 

Hormone is secreted by endocrinal gland; it helps body to grow and metabolite, minimal but necessary, functions as controller and modulator in normal physiology. Male embryo with less half unit of hormone, this defect goes along the development, growth and aging, isnt it a congenitally deficiency?

 

 

The hormone transformation alters in passionate pursuing stage and Absence makes the heart grow fonder, so the attraction and affinity differ as well. These can result in siblings having same gender but having different temper and physical status. For example, some boys may appear femininely, loving cosmetics and girls clothes, fond of playing with girls. Some girls may appear masculine, loving toy guns and goys clothes, fond of playing with boys. Some children develop a homosexual tendency. These 3 phenomenons are all related with hormone concentration in zygote formation. As we discussed above, 3.5 units hormone conceive a girl and 3 units hormone conceive a goy, this makes the boy genes congenitally less affinitive to ovum, and could possibly being the reason for boys being weaker, easy to die young and having shorter life expectancy. Adding that Y sperm is active at the initial stage but die out quickly, having only 24 hours life. Y sperm appeared fragile seen from various aspects. These 2 reasons make men congenitally weaker. But X sperm is not the same case, so women are often more tolerant, with stronger physical state and longer life expectancy.

 

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